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Evaluation of Microstructural and Mechanical response of thermite welded rail

机译:铝热焊接钢轨的微观结构和力学响应评估

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摘要

This basic information on welded rail steel is very much essential to ensure the quality of weld. Thermite welding is mainly used in world. The reasons why the thermite welding method is widely used are that the equipment has good mobility and total working time of that is shorter than that of the enclosed arc welding method on site. Moreover, the operating skill, which required for thermite welding, is less than that of for enclosed arc welding. In the present research work,heat treatment’ technique was used improve the mechanical properties and weldment structure. The specimens were cut in the transverse direction from As thermite welded and Heat treated Thermite Welded rails. Specimens were prepared according to AWS standard and subjected to tensile test, Impact test and hardness and their results were tabulated. Microstructural analysis was carried out with the help of SEM. Then analyze to effect of heat treatement on Mechanical properties of their thermite welded rails. Compare the mechanical and microstructural properties of thermite welded rails with heat treated thermite welded rails.. Mechanical and microstructural response of heat treated thermite welded rail is higher value as compared toAs thermite welded rail.
机译:有关焊接钢轨的基本信息对于确保焊接质量非常重要。铝热焊接主要用于世界。铝热焊接方法之所以被广泛使用,是因为该设备具有良好的移动性,其总工作时间比现场的封闭弧焊方法要短。此外,铝热焊接所需的操作技能少于封闭电弧焊所需的操作技能。在当前的研究工作中,采用了热处理技术来改善机械性能和焊件结构。从铝热焊接和热处理的铝热焊接导轨的横向切割样品。根据AWS标准制备样品,并进行拉伸测试,冲击测试和硬度,并将其结果制成表格。借助SEM进行了微结构分析。然后分析热处理对其铝热焊接轨的力学性能的影响。比较铝热焊接轨和热处理铝热焊接轨的机械和微观结构性能。热处理铝热焊接轨的机械和微观结构响应比铝热焊接轨更高。

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